Cephalopods have evolved many interesting features that can serve as inspiration. Repetitive squid ring teeth (SRT) proteins from cephalopods exhibit properties such as strength, self-healing, and biocompatibility. These proteins have been engineered to design novel adhesives, self-healing textiles, and the assembly of 2d-layered materials. Compared to conventional polymers, repetitive proteins are easy to modify and can assemble in various morphologies and molecular architectures. This research update discusses the molecular biology and materials science of polypeptides inspired by SRT proteins, their properties, and perspectives for future applications
Natural materials are often endowed with enviable properties and understanding the mechanisms from w...
Tandem-repeat proteins differ from globular proteins, both in their biophysical characteristics and ...
Most of us get inspired by and interact with the world around us based on visual cues such as the co...
Dosidicus gigas (D. gigas, or Jumbo squid) sucker ring teeth (SRT) are newly discovered biological m...
Production of repetitive polypeptides that comprise one or more tandem copies of a single unit with ...
The sucker ring teeth (SRT) of Humboldt squid exhibit mechanical properties that rival those of robu...
Biomimetics is highly integrated into our lives, inspiring us with ideas to advance technology and t...
The predatory efficiency of squid and cuttlefish (superorder Decapodiformes) is enhanced by robust S...
The predatory efficiency of squid and cuttlefish (superorder Decapodiformes) is enhanced by robust S...
The Sucker ring teeth (SRT) in this study is a structural biotool belonging to the Humboldt squid. S...
Molecular Dynamic (MD) is one of the most widely used tools to explore molecular world. Mimicking a ...
Hard biological polymers exhibiting a truly thermoplastic behavior that can maintain their structura...
Efforts to engineer new materials inspired by biological structures are hampered by the lack of geno...
Biomaterials have the unique ability to actively respond to environmental stimuli for the purpose of...
Sucker ring teeth (SRT) are natural biopolymers entirely composed of proteins (called “suckerins”) e...
Natural materials are often endowed with enviable properties and understanding the mechanisms from w...
Tandem-repeat proteins differ from globular proteins, both in their biophysical characteristics and ...
Most of us get inspired by and interact with the world around us based on visual cues such as the co...
Dosidicus gigas (D. gigas, or Jumbo squid) sucker ring teeth (SRT) are newly discovered biological m...
Production of repetitive polypeptides that comprise one or more tandem copies of a single unit with ...
The sucker ring teeth (SRT) of Humboldt squid exhibit mechanical properties that rival those of robu...
Biomimetics is highly integrated into our lives, inspiring us with ideas to advance technology and t...
The predatory efficiency of squid and cuttlefish (superorder Decapodiformes) is enhanced by robust S...
The predatory efficiency of squid and cuttlefish (superorder Decapodiformes) is enhanced by robust S...
The Sucker ring teeth (SRT) in this study is a structural biotool belonging to the Humboldt squid. S...
Molecular Dynamic (MD) is one of the most widely used tools to explore molecular world. Mimicking a ...
Hard biological polymers exhibiting a truly thermoplastic behavior that can maintain their structura...
Efforts to engineer new materials inspired by biological structures are hampered by the lack of geno...
Biomaterials have the unique ability to actively respond to environmental stimuli for the purpose of...
Sucker ring teeth (SRT) are natural biopolymers entirely composed of proteins (called “suckerins”) e...
Natural materials are often endowed with enviable properties and understanding the mechanisms from w...
Tandem-repeat proteins differ from globular proteins, both in their biophysical characteristics and ...
Most of us get inspired by and interact with the world around us based on visual cues such as the co...